
Phase 1
01: The Problem
Open-source images arrive with no reliable metadata. Captions lie, EXIF is stripped, and manual chip-by-chip geolocation eats hours per image. Analysts need a defensible location read they can corroborate, not a hunch.
SecondsTo a candidate location
No EXIFScene-only analysis
Clues shownEvidence you can verify

Analysis
Workflow
Evidence
Phase 2
02: How It Works
01Upload the image or a frame from a video.
02Oceanir surfaces the visual clues it used: signage, terrain, architecture, plates, and vegetation.
03Candidate locations come back with a reality check against street-level ground truth.
04Corroborate the read against your own sources before you report or publish.

Phase 3
03: Where It Is Used
Location confirmation
Confirm or debunk a claimed location from the image itself.
Lead generation
Turn an unlabeled photo into candidate coordinates to investigate.
Contradiction checks
Surface visual clues that contradict the stated story.
OSINT analystsResearchersTrust and safety

Geolocate open-source images in seconds
Stop spending hours per image. Upload, read the clues, corroborate, and move on.
Get ProVerify First
Then Decide
Why Oceanir
Oceanir shows its work. You get the visible clues behind a location read and a reality check against street-level ground truth, so the result is something you can corroborate and defend rather than a black-box label.
FAQ
Get ProYes. Oceanir reads the visible content of the image, not EXIF or GPS, so stripped, cropped, and screenshotted images are all in scope.
Yes. Each read surfaces the visual clues it relied on, so you can verify the reasoning against your own sources instead of trusting a label.
A reality check against street-level ground truth gates confidence. When the scene cannot be confirmed, Oceanir lowers its confidence rather than overstating it.